Assembled precast concrete balcony

Abstract

The invention belongs to the technical field of architectures, and particularly relates to an assembled precast concrete balcony. The assembled precast concrete balcony comprises a precast concrete main beam, precast concrete suspended arm beams, a precast concrete cross beam, a precast balcony plate, nuts and bolts; a reserved empty groove is formed in the middle of a beam top of a main beam bodyof the precast concrete main beam, a transverse connection rack is arranged in concrete at a horizontal connection portion of the main beam body and the reserved empty groove, three transverse connection mounting ports are evenly formed in the transverse connection rack, and reserved holes A of which the diameter is equal to that of the transverse connection mounting ports are formed in the portion between the transverse connection mounting ports and the reserved empty groove. The assembled precast concrete balcony has the advantages of adopting dry construction, saving energy, reducing resource loss, being environmentally friendly, high in bearing capacity and construction speed, convenient to construct and transport and firm in connection, shortening the labor-hour, and obviously improving the industrialization efficiency.

Description

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AI Technical Summary

Benefits of technology

This technology uses less material than traditional methods like brick or concrete for building structures instead of requiring more materials at once. It saves resources while also being environmentally friendly due to its ability to be easily built without relying on fossil fuels that can pollute our airways over time. Additionally, this method allows for quicker assembly times with stronger connections between components compared to previous ways such as cementing them together.

Problems solved by technology

This patented technical problem addressed by the present inventors relates to improving the strength and durability of premade frames for use during building constructions such as buildings without sacrificial materials like concrete blocks being placed on top of each other due to their low weight compared to traditional methods. Previous solutions have involved adding extra reinforcement bars around certain parts of the framework, which may increase its cost significantly over time.

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